Satellite-derived pigment concentrations from the west coast time series (WCTS) are averaged into monthly mean fields over the California Current system (CCS) for the period July 1979 to June 1986. Errors caused by the scattering algorithm used in the WCTS are reduced by an empirical correction function, although winter values (November–February) remain unreliable. For the March–October period we look at both the mean seasonal development and the nonseasonal monthly anomalies of pigment concentration. These are compared with fields of alongshore wind stress, mixing power of the wind (u(3/*)) and wind stress curl. Outside of the Southern California Bight there is a strong seasonal cycle with a spring-summer maximum, a northward progression o...
[1] Satellite-derived data provide the temporal means and seasonal and nonseasonal variability of fo...
We use a 4-year time series of high-resolution coastal zone color scanner imagery to study mesoscale...
All available estimates of photosynthetic pigment concentration derived from data generated during 1...
Copyrighted by American Geophysical UnionPreviously published physical and biological data document ...
Copyrighted by American Geophysical Union.A 5-year time series of coastal zone color scanner imagery...
Five years (1979–83) of satellite ocean color data from the coastal zone color scanner (CZCS) data a...
Copyright 2004 by the American Geophysical UnionMean fields, seasonal cycles, and interannual variab...
are highly variable over a wide range of scales. Satellite remote sensing offers the only feasible m...
Abstract. Monthly composite images from the global coastal zone color scanner (CZCS) data set are us...
Copyright 2008 by the American Geophysical UnionSatellite-derived data provide the temporal means an...
[1] State-space models are applied to 13 years of monthly satellite-measured chlorophyll concentrati...
Abstract. Monthly composite images from the global coastal zone color scanner (CZCS) data set are us...
[1] Six years of daily satellite data are used to quantify and map intraseasonal variability of chlo...
Copyright 1994 by the American Geophysical UnionMonthly composite images from the global coastal zon...
Physical forcing and biological response within the California Current coastal upwelling system are ...
[1] Satellite-derived data provide the temporal means and seasonal and nonseasonal variability of fo...
We use a 4-year time series of high-resolution coastal zone color scanner imagery to study mesoscale...
All available estimates of photosynthetic pigment concentration derived from data generated during 1...
Copyrighted by American Geophysical UnionPreviously published physical and biological data document ...
Copyrighted by American Geophysical Union.A 5-year time series of coastal zone color scanner imagery...
Five years (1979–83) of satellite ocean color data from the coastal zone color scanner (CZCS) data a...
Copyright 2004 by the American Geophysical UnionMean fields, seasonal cycles, and interannual variab...
are highly variable over a wide range of scales. Satellite remote sensing offers the only feasible m...
Abstract. Monthly composite images from the global coastal zone color scanner (CZCS) data set are us...
Copyright 2008 by the American Geophysical UnionSatellite-derived data provide the temporal means an...
[1] State-space models are applied to 13 years of monthly satellite-measured chlorophyll concentrati...
Abstract. Monthly composite images from the global coastal zone color scanner (CZCS) data set are us...
[1] Six years of daily satellite data are used to quantify and map intraseasonal variability of chlo...
Copyright 1994 by the American Geophysical UnionMonthly composite images from the global coastal zon...
Physical forcing and biological response within the California Current coastal upwelling system are ...
[1] Satellite-derived data provide the temporal means and seasonal and nonseasonal variability of fo...
We use a 4-year time series of high-resolution coastal zone color scanner imagery to study mesoscale...
All available estimates of photosynthetic pigment concentration derived from data generated during 1...